FAQS

Ansimag pumps use a sealless magnetic drive and ETFE-lined wetted components, eliminating mechanical seals and associated leakage paths while providing broad chemical resistance for aggressive fluids. This design significantly reduces fugitive emissions, maintenance requirements, and unplanned downtime compared to conventional sealed pumps in corrosive service.

Yes, Ansimag pumps are specifically engineered for aggressive, corrosive, and acidic chemicals, with carbon-fiber reinforced ETFE lining and non-metallic wetted components that can handle a wide range of challenging fluids. The sealless design enhances safety in hazardous environments by virtually eliminating external leakage.

Many Ansimag models, including ANSI and ISO-dimensioned designs like the ALI series, are configured to match common pump footprints and nozzle locations so they can replace traditional pumps with minimal or no piping modifications. This makes upgrades to sealless technology more straightforward in brownfield installations.

Typical applications include transfer, circulation, and dosing of corrosive acids, caustics, solvents, halogenated fluids, and other hazardous chemicals in continuous or batch process systems. They are often selected for services where containment, environmental compliance, and personnel safety are top priorities.